HEPA-ULPA Filters

AstroCel^® I

AstroCel I High Efficiency Particulate Air (HEPA) filters are the most efficient air filters commercially available. They have broad application in cleanrooms and other areas requiring the very highest levels of contamination control.

Typical Applications

Commercial Buildings
Data Centers
Firing Ranges
Food and Beverage
Healthcare
Microelectronics
Nuclear
Pharmaceutical
Remediation

Astrocel^® I HTP

Premium protection during high temperature operation. Provides significant reduction in heating and cooling times, reducing the total cycle times of batch processes, increasing production throughout, and reducing overall costs.

Typical Applications

Microelectronics
Pharmaceutical

AstroCel^® II

High-performance protection for critical environments. Provides savings on overall operating costs by using the lowest-resistance fiberglass laminar flow HEPA/ULPA media on the market.

Typical Applications

Healthcare
Microelectronics
Pharmaceutical

AstroCel^® III

Provides high-grade protection, combined with savings on overall operating costs. Ideal for demanding operating conditions in critical applications.

Typical Applications

Commercial Buildings
Healthcare
Microelectronics
Pharmaceutical

AstroPak^®

HEPA filter designed for use in negative air machines for the purposes of abatement, remediation, renovation, and restoration.

Typical Applications

Remediation

MEGAcel^®

Ultra-high efficiency and ultra-low resistance ePTFE membrane ULPA filter.

Typical Applications

Microelectronics

MEGAcel^® I

Manufactured with high performance ePTFE membrane media and unique tapered aluminum separators, MEGAcel I filters optimize efficiency, strength, and integrity, while keeping operating costs to a minimum.

Typical Applications

Commercial Buildings
Microelectronics
Healthcare
Pharmaceutical

MEGAcel^® II

Designed specifically for the unique requirements and challenges of the aseptic pharmaceutical manufacturing industry, the MEGAcel II mini-pleat HEPA filter has superior durability, polyalphaolefin (PAO) compatibility, high particulate filtration efficiency, and the lowest pressure drop.